BEKO Condensate drain BEKOMAT 12, 230Vac
Kondensatableiter BEKOMAT 12 von Beko, Neugerät
Art.-Nr.: KA12A10A0 wurde ersetzt durch Art.-Nr.: 2000018
Zuverlässiger Kondensatablauf mit BEKOMAT Kondensatableiter!
- baugleich mit Elmag, Aircraft, Schneider Airsystems
BEKO Technologies
For over thirty years, BEKO TECHNOLOGIES has been synonymous with powerful compressed air and compressed gas technology, tested worldwide. We represent quality "made in Germany" and values that are lived by BEKO TECHNOLOGIES.
BEKO BEKOMAT 12 condensate drain 2000018
The BEKOMAT® condensate drains work with a capacitive sensor. The electronic level control of the BEKOMAT® guarantees that the condensate is drained without any loss of compressed air and minimizes energy consumption. For this reason, the BEKOMAT® often pays for itself within six months compared to devices with time-controlled drain valves. This not only saves energy and therefore costs, but also CO2 emissions.
The BEKOMAT advantages at a glance
- No unnecessary compressed air losses
- Discharge according to the amount of condensate
- Sensor detects every type of condensate
- Insensitive to dirt
- Low maintenance
- Fully automatic monitoring
| Max. Compressor capacity (m³/min) | 6,5 |
| Max. Refrigeration dryer capacity (m³/min) | 13 |
| Max. Filter capacity (m³/min) | 65 |
| Min. / max. operating pressure (bar) | 0,8 ... 16 |
| Housing (material) | Aluminium |
| Ambient temperature (°C) | +1 … +60 |
| Weight (kg) | 0,8 |
| Condensate feed | 1 x G½ (innen) [optional: NPT-Gewinde] |
| Condensate drain | 1 x G⅜ (außen); Schlauchtülle, Schlauch Ø = 10-13 mm (innen) |
| Operating voltage | 230 / 200 / 115 / 100 / 24 VAC ± 10%, 50 ... 60 Hz / 24 VDC ± 10% |
| Power consumption (VA (W)) | < 8,0 |
| Protection class (IP) | 65 |
| Condensate | ölhaltiges Kondensat |
| Wire cross-section (mains connection) (mm) | empfohlen 3 x 0,75 … 1,5 (AWG 16 ... 18) |
| Protection | empfohlen AC: 1 A träge / vorgeschrieben DC: 1 A träge |
| Contact load | max. AC 250 V, DC 30 V / 1A; min. DC 5V / 10 mA |